上覆岩层

  • 网络overburden;overburden rock
上覆岩层上覆岩层
  1. 基本要素包括一套烃源岩、储集层、盖层和上覆岩层,作用是圈闭的形成和油气的生成运移聚集。

    The essential elements are source rock , reservoir rock , seal rock and overburden rock , and the processes include trap formation and the generation-migration-accumulation of petroleum .

  2. 地壳上部的水平主应力是上覆岩层自重、地壳温度场和板块挤压三种作用的结果。

    Horizontal principal stress in the upper crust of China is due to the weight of the overburden rock beds themselves , the crustal temperature field as well as the compression of the plates .

  3. 地震波CT技术探测煤层上覆岩层破坏规律

    Observation of overburden failure of coal seam by CT of seismic wave

  4. 给出了上覆岩层载荷q和顶板极限垮距的表达式。

    Secondly , come out the formula of superincumbent strata load and roof 's utmost span .

  5. 研究把岩石视为多孔介质,从多孔介质的角度出发,重新建立上覆岩层压力、孔隙流体压力、基岩应力之间的关系式,该式包含了岩石作为多孔介质的一个重要参数孔隙度F。

    Rock should be regarded as porous media . Based on this , the new equation is derived to include one important parameter of porous media , F.

  6. 地层压力体系包括上覆岩层压力(P0)、地层孔隙压力(Pp)、地层破裂压力(FP)和坍塌压力(BP)。

    The formation pressure system includes the overburden pressure ( P0 ), formation pore pressure ( Pp ), fracture pressure ( FP ) and breakout pressure ( BP ) .

  7. 并且研究了双相介质(水气、油气)孔隙率、流体饱和度和上覆岩层压力变化对反射波AVO的影响。

    The paper also studied the effects of porosity , fluid saturation in diphasic medium ( water gas and oil gas ) and change of overburden pressure on reflection wave AVO .

  8. 应用DDA数值方法模拟分析了深部煤矿开采中上覆岩层的应力场变化和变形移动规律,并与相似物理模型试验进行了对比。

    The discontinuous deformation analysis method ( DDA ) was employed to numerically simulate the stress distribution and deformation of rock strata during the excavation in a coal mine .

  9. 认为上覆岩层压力(pob)等于流体静压力(pf)和岩石骨架应力(pG)之和,是不严密的,这可以导致许多错误。

    Traditional theory considered that the overburden pressure ( pob ) is the sum of hydrostatic pressure ( pf ) and framework stress ( pG ), this may resulted in many mistakes .

  10. 论述了岩石破裂过程分析系统RFPA2D在采场上覆岩层移动规律研究中的应用并进行了实例计算。

    This paper describes the Analysis System RFPA2D in process of rock fracture , which applies in investigation of moving rules of rock , and conducts calculation of actual instance .

  11. 上覆岩层破坏高度影响因素的灰关联分析

    Influence Factors Analysis of Damage Height in Overlying Strata with Gray Correlation

  12. 大倾角煤层采场上覆岩层的运动与破坏

    Movement and failure of overlying strata in a face in steep seam

  13. 连续开采下上覆岩层移动的离散元模拟

    Simulation of overlaid strata movement with discrete element method in continuous mining

  14. 采场上覆岩层岩体结构模型及其应用

    A Structural Model of Overlying Strata in Longwall workings and its Application

  15. 长壁开采工作面上覆岩层运动模式

    The pattern of overlying strata movement in longwall mining face

  16. 采场上覆岩层的平衡条件

    Conditions Required for Equilibrium of Overlying Strata at Working Areas

  17. 壁式采场上覆岩层力学结构分析

    Analysis of mechanics structure of Overlying bed of longwall face

  18. 上覆岩层的运动是一个复杂的时空过程。

    The overburden strata movement is a complicated time and space process .

  19. 采场上覆岩层结构理论及其新进展

    Structural Theories of Overlying Strata in Longwall Faces and Their New Development

  20. 矿山开采引起上覆岩层的移动是一个复杂的动态过程。

    The overlying strata movement is a complicated dynamic process .

  21. 深部开采上覆岩层移动的现场监测分析

    Analysis of the Field Monitoring of Roof Strata Displacement in Deep Mining

  22. 近水平煤层开采上覆岩层运动与沉陷规律相关研究

    Study on the relation between stratum movement and subsidence of flat seam mining

  23. 急倾斜煤层开采上覆岩层运动规律模拟研究

    Similar material simulation study on the mining overburden movement law in steep seam

  24. 采场上覆岩层下沉量计算的模拟载荷法

    The Simulated Load Way to Calculate the Subsidence of Overlying in Coal Mining

  25. 放顶煤开采上覆岩层运动现场观测法

    The field method of observing the overlying strata movement in coal caving mining

  26. 采场上覆岩层移动参数的试验研究

    Test Study on the parameters of overlying strata movement of the working face

  27. 利用密度测井方法计算出上覆岩层压力;

    Calculate the overburden pressure by density logging ;

  28. 急斜放顶煤工作面的矿压显现和上覆岩层结构

    Ground behaviour and overlying strata structure of coal face with caving in steep seam

  29. 深部矿井采场上覆岩层内结构形变特征分析

    Analysis on Structure Deformation Features of Strata Above Coal Mining Face in Deep Mine

  30. 高密度电阻率法观测煤层上覆岩层破坏

    High Density Electric Resistance Method Applied to Monitor and Measure Overburden Failure Above Seam